Esd Suppression Design Guide Page 17 ESD Suppression Design Guide

Part Number Capacitance (pF) Clamp Voltage (V) 2 Operating Voltage (VDC) 3 Leakage Current (Max nA) Package Lines Input Polarity ESD Protection Level (1) MLA V5.5MLA0402 220 19 at 1A 0-5.5 <5 0402 1 Bi-polar 8kV V5.5MLA0603 660 19 at 2A 0-5.5 <25 0603 1 Bi-polar 8kV V5.5MLA0402L 70 30 at 1A 0-5.5 <5 0402 1 Bi-polar 8kV V9MLA0402 120 26 at 1A 0-9 <5 0402 1 Bi-polar 8kV V9MLA0402L 33 30 at 1A 0-9 <5 0402 1 Bi-polar 8kV V9MLA0603 420 28 at 2A 0-9 <25 0603 1 Bi-polar 8kV V9MLA0805L 450 20 at 2A 0-9 <25 0805 1 Bi-polar 8kV V12MLA0805L 350 25 at 2A 0-12 <25 0805 1 Bi-polar 8kV V14MLA0402 70 35 at 1A 0-14 <5 0402 1 Bi-polar 8kV V14MLA0603 150 40 at 2A 0-14 <25 0603 1 Bi-polar 8kV V14MLA0805 480 30 at 5A 0-14 <25 0805 1 Bi-polar 8kV V14MLA0805L 270 30 at 2A 0-14 <25 0805 1 Bi-polar 8kV V18MLA0402 40 46 at1A 0-18 <5 0402 1 Bi-polar 8kV V18MLA0603 100 46 at 2A 0-18 <25 0603 1 Bi-polar 8kV V18MLA0805 450 40 at 5A 0-18 <25 0805 1 Bi-polar 8kV V18MLA0805L 250 40 at 2A 0-18 <25 0805 1 Bi-polar 8kV MLE V18MLE0402 40 50 at 1A 0-18 <5 0402 1 Bi-polar 8kV V18MLE0603 100 50 at 2A 0-18 <25 0603 1 Bi-polar 8kV V18MLE0603L 60 50 at 1A 0-18 <25 0603 1 Bi-polar 8kV V18MLE0805 500 50 at 5A 0-18 <25 0805 1 Bi-polar 8kV V18MLE0805L 100 50 at 2A 0-18 <25 0805 1 Bi-polar 8kV MLN V5.5MLN41206 430 19 at 2A 0-5.5 <5 1206 4 Bi-polar 8kV V9MLN41206 250 28 at 2A 0-9 <5 1206 4 Bi-polar 8kV V14MLN41206 140 40 at 2A 0-14 <5 1206 4 Bi-polar 8kV V18MLN41206 100 50 at 2A 0-18 <5 1206 4 Bi-polar 8kV V18MLN41206L 45 50 at 1A 0-18 <5 1206 4 Bi-polar 8kV MHS V0402MHS03 3 160 at 1A 0-42 <0.5 at 15V 0402 1 Bi-polar 8kV V0402MHS12 12 70 at 1A 0-18 <5 at 15V 0402 1 Bi-polar 8kV V0402MHS22 22 40 at 1A 0-9 <1 at 5.5V 0402 1 Bi-polar 8kV V0603MHS03 3 160 at 1A 0-42 <0.5 at 15V 0603 1 Bi-polar 8kV V0603MHS12 12 70 at 1A 0-18 <5 at 15V 0603 1 Bi-polar 8kV V0603MHS22 22 40 at 1A 0-9 <1 at 5.5V 0603 1 Bi-polar 8kV MULTILAYER VARISTORS (MLVS) MLVs provide board level protection against ESD, EFT, and other transients that occur on power supply, data and control lines. Single line devices are available in popular industry standard formats, and for more efficient board space usage, four-line devices are also available. Some MLVs also offer low band-pass filtering characteristics that filter high frequency noise from the circuit. 1. Minimum ESD withstand voltage, tested according to IEC 61000-4-2, level 4 (Contact Discharge). 2. Clamp Voltage using 8/20S waveform. 3. LEAKAGE CURRENT AT MAX OPERATING VOLTAGE UNLESS OTHERWISE STATED. ESD Suppresion Design Guide 2016 Littelfuse ESD Suppression Design Guide www.littelfuse.com ESD Suppressor Product Selection Guide (continued) 16

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